Landscapes are forged by many forces and are dynamic, not static. Yet most landscape designs are designed as static; that is, they are designed not to change substantially for 20-50 years. As cities become the dominant living space for humans, allowing non-human forces to contribute to our designs as landscape architects will make for more resilient landscapes and a healthier planet. Making these dynamic landscapes with our non-human partners will require a new landscape aesthetic, changing the public perception of "landscape," and changing maintenance practices. Dynamic Geographies seeks to address these perceptions with a series of our projects as examples. The book is divided into three segments of overlapping geographies: Invisible geographies, Layered geographies, and Unleashing geographies.

This textbook goes beyond introductory sensory perception by incorporating supplementary electronic materials to demonstrate the parallels between both hearing and seeing. Each chapter intermixes seeing and hearing processes so that students can easily understand that perceptual organization is the same across different kinds of sensations and modalities. Figures illustrating visual organization are paired with sound files demonstrating the analogous auditory organization. While most books on sensation and/or perception treat the senses individually there is growing awareness of just how important multisensory integration is to understanding the connection between sensory perception and cognition.

Listening combines broad coverage of acoustics, speech and music perception psychophysics, and auditory physiology with a coherent theoretical orientation in a lively and accessible introduction to the perception of music and speech events.Handel treats the production and perception of music and speech in parallel throughout the text, arguing that their production and perception follows identical principles; music and speech share the same formal properties, involve the same cognitive mechanisms, and cannot exist in separate "modules." The way that a sound is produced determines the physical properties of the acoustic wave. These properties in turn lead to the perception of the event.The initial chapters take up physical processes, including a section on characterization of sound and discussion of the way instruments and speech produce musical sound. Handel explains how the environment affects perceived sounds, including reflection, reverberation, diffraction, and the Doppler effect. Subsequent chapters take up psychological processes: partitioning smeared sounds into discrete events, identifying sound sources, the units and phrases of speech and music, and speech and music rhythms. The final chapter provides a detailed treatment of the physiology and neurophysiology of the auditory system.All of the author's explanations are coherent and clear, and this strategy includes discussing particular pieces of research in detail rather than covering many things superficially Handel analyzes causes as well as describing phenomena and sets out for the reader the difficulties inherent in the research methods he discusses. He defines the physical, musical, and psychological terms used, even the most basic ones, and covers all of the experimental methods and statistical procedures in the text.Stephen Handel is Professor of Psychology at the University of Tennessee. A Bradford Book.